Twill Dutch Weave Mesh uses twill weave technology to closely interweave thicker warp threads and thinner weft threads to form a high-strength and precise mesh. It is characterized by high filtration accuracy, strong durability and low pressure loss, and is suitable for high-pressure liquid/solid separation and precision filtration applications.
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Milesen Steel Internet Products Co., Ltd as a professional dutch weave mesh manufacturer produces a wide range of custom dutch weave mesh to meet the filtration needs of our customers. Dutch weave filter mesh provides superior filtration capabilities for a wide range of applications including pressure, fuel and liquid filters for the aerospace, petrochemical, pharmaceutical, mining and wastewater treatment industries.
Twill Dutch Weave Mesh uses twill weave technology to tightly weave thicker warp threads and thinner weft threads together to form a high-strength and precise mesh. Its unique weaving method gives it excellent filtration performance and stability, and is suitable for high-pressure liquid/solid separation and other precision filtration needs.
Twill Dutch weave mesh pattern
In a twill Dutch weave mesh, the warp and weft threads are staggered to form a diagonal weave pattern. The diameters of warp and latitude are different, usually the warp is thicker and the latitude is thinner. This weaving method makes the mesh tighter, increasing the strength and stability of the mesh while providing higher filtration accuracy.
Twill Dutch weave wire mesh features
1. High strength: The warp and weft wires are staggered, which increases the overall strength of the mesh.
2. High precision: It is suitable for high-precision filtration applications and can effectively filter fine particles.
3. Small pressure loss: The pressure loss during the filtration process is small, which improves the filtration efficiency.
4. Excellent filtration surface: Provides a smooth and uniform filtration surface, suitable for precision filtration needs.
5. Strong durability: Made of stainless steel wire material, it has good corrosion resistance and wear resistance.
6. Good stability: more stable than square and rectangular wire mesh, and not easy to deform.
Main application areas
Twill Dutch weave mesh is widely used in multiple industries and is mainly used in precision filtration and high-pressure separation processes. The following is a brief summary of its main application areas:
- Chemical industry: used for filtration and separation of chemical products, especially in high temperature and corrosive environments.
- Oil and natural gas: Used to filter impurities during the oil and natural gas extraction process to ensure the normal operation of production equipment.
- Pharmaceutical industry: used to filter active ingredients and other fine particles during pharmaceutical production to ensure product purity.
- Food and beverages: used for filtration of food and beverages to ensure the hygiene and safety of products.
- Water treatment: Used in water treatment facilities to remove suspended particles and impurities in water to provide clean water.
- Aerospace: Used in the aerospace field to filter fuel and hydraulic fluids to ensure system reliability and safety.
Design Features
Twill Dutch weave mesh has higher durability and finer filtration performance due to its unique twill weave structure and warp and weft lines of different diameters. Its design ensures optimal filtration results and low pressure loss, making it ideal for a variety of precision filtration and high-pressure separation applications.
Special characteristics:
High Tensile warp wire configurations, a part of Auto Screen Changers used in the plastic extrusion industries.
High Tensile Warp AISI 304 wire for Auto-Screen changers used in the Poly Extrusion Industry. The AISI 304 Warp Wire's Tensile is 1300Mpa-1600Mpa.
High Tensile Warp Copper Coated Carbon Steel wire for Auto-Screen Changers used in Plastic and Rubber Extrusion industry. The Copper coated Carbon Steel Warp wire's tensile is 1500Mpa -2000Mpa.
Rubbed Edges after slitting to help with tracking for Auto-Screen changers.
Common specification:
Twill Dutch Weave Mesh (Normal Spec.) | |||||
Weaving method | Mesh | Wire diameter | Norminal (micron) | Max Width(mm) | |
Inches | mm | ||||
TDW | 20×250 | 0.0100×0.0080 | 0.254×0.200 | 100-118 | 2000 |
TDW | 30×360 | 0.0100×0.0060 | 0.254×0.152 | 95-105 | 2000 |
TDW | 40×560 | 0.0070×0.0040 | 0.178×0.102 | 75-83 | 2000 |
TDW | 50×250 | 0.0100×0.0080 | 0.254×0.200 | 55-60 | 2000 |
TDW | 80×700 | 0.0040×0.0030 | 0.102×0.076 | 35-38 | 1600 |
TDW | 200×600 | 0.0024×0.0018 | 0.061×0.046 | 28-32 | 1600 |
TDW | 165×800 | 0.0028×0.0020 | 0.071×0.051 | 25-39 | 1300 |
TDW | 165×1400 | 0.0028×0.0016 | 0.071×0.041 | 16-18 | 1300 |
TDW | 200×1400 | 0.0028×0.0016 | 0.071×0.041 | 12-14 | 1300 |
TDW | 250×1400 | 0.0022×0.0016 | 0.056×0.041 | 11-13 | 1300 |
TDW | 325×2300 | 0.0015×0.0010 | 0.038×0.025 | 8-9 | 1300 |
TDW | 400×2800 | 0.0011×0.0008 | 0.028×0.020 | 4-5 | 1300 |
TDW | 500×3600 | 0.0010×0.0006 | 0.025×0.014 | 2-3 | 1300 |
Milesen Steel Internet Products Co., Ltd as a professional dutch weave mesh manufacturer produces a wide range of custom dutch weave mesh to meet the filtration needs of our customers. Dutch weave filter mesh provides superior filtration capabilities for a wide range of applications including pressure, fuel and liquid filters for the aerospace, petrochemical, pharmaceutical, mining and wastewater treatment industries.
Twill Dutch Weave Mesh uses twill weave technology to tightly weave thicker warp threads and thinner weft threads together to form a high-strength and precise mesh. Its unique weaving method gives it excellent filtration performance and stability, and is suitable for high-pressure liquid/solid separation and other precision filtration needs.
Twill Dutch weave mesh pattern
In a twill Dutch weave mesh, the warp and weft threads are staggered to form a diagonal weave pattern. The diameters of warp and latitude are different, usually the warp is thicker and the latitude is thinner. This weaving method makes the mesh tighter, increasing the strength and stability of the mesh while providing higher filtration accuracy.
Twill Dutch weave wire mesh features
1. High strength: The warp and weft wires are staggered, which increases the overall strength of the mesh.
2. High precision: It is suitable for high-precision filtration applications and can effectively filter fine particles.
3. Small pressure loss: The pressure loss during the filtration process is small, which improves the filtration efficiency.
4. Excellent filtration surface: Provides a smooth and uniform filtration surface, suitable for precision filtration needs.
5. Strong durability: Made of stainless steel wire material, it has good corrosion resistance and wear resistance.
6. Good stability: more stable than square and rectangular wire mesh, and not easy to deform.
Main application areas
Twill Dutch weave mesh is widely used in multiple industries and is mainly used in precision filtration and high-pressure separation processes. The following is a brief summary of its main application areas:
- Chemical industry: used for filtration and separation of chemical products, especially in high temperature and corrosive environments.
- Oil and natural gas: Used to filter impurities during the oil and natural gas extraction process to ensure the normal operation of production equipment.
- Pharmaceutical industry: used to filter active ingredients and other fine particles during pharmaceutical production to ensure product purity.
- Food and beverages: used for filtration of food and beverages to ensure the hygiene and safety of products.
- Water treatment: Used in water treatment facilities to remove suspended particles and impurities in water to provide clean water.
- Aerospace: Used in the aerospace field to filter fuel and hydraulic fluids to ensure system reliability and safety.
Design Features
Twill Dutch weave mesh has higher durability and finer filtration performance due to its unique twill weave structure and warp and weft lines of different diameters. Its design ensures optimal filtration results and low pressure loss, making it ideal for a variety of precision filtration and high-pressure separation applications.
Special characteristics:
High Tensile warp wire configurations, a part of Auto Screen Changers used in the plastic extrusion industries.
High Tensile Warp AISI 304 wire for Auto-Screen changers used in the Poly Extrusion Industry. The AISI 304 Warp Wire's Tensile is 1300Mpa-1600Mpa.
High Tensile Warp Copper Coated Carbon Steel wire for Auto-Screen Changers used in Plastic and Rubber Extrusion industry. The Copper coated Carbon Steel Warp wire's tensile is 1500Mpa -2000Mpa.
Rubbed Edges after slitting to help with tracking for Auto-Screen changers.
Common specification:
Twill Dutch Weave Mesh (Normal Spec.) | |||||
Weaving method | Mesh | Wire diameter | Norminal (micron) | Max Width(mm) | |
Inches | mm | ||||
TDW | 20×250 | 0.0100×0.0080 | 0.254×0.200 | 100-118 | 2000 |
TDW | 30×360 | 0.0100×0.0060 | 0.254×0.152 | 95-105 | 2000 |
TDW | 40×560 | 0.0070×0.0040 | 0.178×0.102 | 75-83 | 2000 |
TDW | 50×250 | 0.0100×0.0080 | 0.254×0.200 | 55-60 | 2000 |
TDW | 80×700 | 0.0040×0.0030 | 0.102×0.076 | 35-38 | 1600 |
TDW | 200×600 | 0.0024×0.0018 | 0.061×0.046 | 28-32 | 1600 |
TDW | 165×800 | 0.0028×0.0020 | 0.071×0.051 | 25-39 | 1300 |
TDW | 165×1400 | 0.0028×0.0016 | 0.071×0.041 | 16-18 | 1300 |
TDW | 200×1400 | 0.0028×0.0016 | 0.071×0.041 | 12-14 | 1300 |
TDW | 250×1400 | 0.0022×0.0016 | 0.056×0.041 | 11-13 | 1300 |
TDW | 325×2300 | 0.0015×0.0010 | 0.038×0.025 | 8-9 | 1300 |
TDW | 400×2800 | 0.0011×0.0008 | 0.028×0.020 | 4-5 | 1300 |
TDW | 500×3600 | 0.0010×0.0006 | 0.025×0.014 | 2-3 | 1300 |